Jasmine Mitchell 🥉

To add to that - Good call on testing and I’d also check charging voltage before buying: a healthy battery rests around 12.6V, and with the engine running you should see roughly 13.8–14.7V; much lower points to the alternator or a bad connection but then in cold climates prioritize CCA and reserve capacity, but under $100 you’ll likely be looking at a basic flooded, store-brand unit in the correct BCI group with 500–600 CCA. Pay attention to the free-replacement warranty length and the date code and and if it keeps dying, rule out a parasitic draw like a glovebox or trunk light staying on.

I run a 2015 Civic and the valves are Schrader. My car gauge with a push-on head fits perfectly. A bike-only gauge I tried did not because it was made for Presta and no adapter needed. One small tip if the gauge screws on. Do not crank it down on metal stems used with TPMS sensors. Snug is enough and it will seal without risking the threads.

Hey and quick thoughts on your vintage truck that model woes. Older models need careful handling to stay safe, so match the charger to the that model type and voltage, nothing fancy or high-powered that might damage it but then... charge in a ventilated spot, and never leave it alone. Why's it dying? Test for drains or alternator issues. Simple fix often. Yeah.

Erratic readings often come from worn valve stems and so check those and compare with a different gauge or a bike pump to verify. Calibrate when cool with a firm steady press, and if it still acts up, have a mechanic take a quick look to avoid a blowout.

Yes . Higher starting current makes it easier to turn over bigger engines and diesels, especially in cold weather. When you shop, focus on starting amps more than the flashy peak number. Many listings say gas up to a certain liter size and diesel up to another. Match that to your engine size and give yourself a little margin if you camp or see winters. If you can see your battery label, note its cold cranking amps and aim for a jump starter that can deliver in that ballpark. A typical gas SUV is fine with a few hundred starting amps, while big V8s and diesels benefit from more. Check the simple stuff, before you buy. Clean corrosion on the battery posts and make sure the terminals are snug. If you have a multimeter, about 12.6 V with the engine off is healthy, and roughly 13.8 to 14.6 V when running means the alternator is charging. If it starts then stalls soon after and the alternator may be weak and a jump pack will only be a temporary fix. When using a jump starter, turn off accessories, clamp red to the positive post and black to clean unpainted metal away from the battery, try short cranks with a pause between attempts, and keep the pack charged every month or two. As a backup, carry a set of heavy gauge jumper cables, and if you are unsure about the battery, most auto parts stores will test it free.

Agree with you - Solid advice. On your 2015 Accord the front pistons press straight in but the rears usually need to be screwed back in with a cheap cube wind-back tool - don’t force them. Before compressing pistons and pull a little fluid from the reservoir with a clean syringe or turkey baster so it doesn’t overflow, and make sure the slide pin with the little rubber sleeve goes back in its original (usually upper) spot to avoid uneven wear. If you pull rotors later, wire-brush the hub clean and add a paper-thin film of anti-seize so they don’t seize on.

I had a similar issue with my SUV last winter when the battery went flat after not driving it for a couple days. tbh Most standard chargers are fine as long as they match the 12V system that SUVs usually have so yeah... check your battery specs to make sure it's not something exotic like a 24V setup, but that's rare. I used one with around 6-10 amps and it charged up without problems. ensure it's designed for automotive batteries and you're good. If it's an AGM or gel battery,, you might need a charger that supports those types, but for a regular lead-acid, any basic one works. Brought mine back to life quick enough to get on the road.

I installed two different cams in a 2018 Camry for family members and both were essentially plug and play but then i thought I needed a car specific kit and was overthinking it, turns out the universal stuff works fine on this car. The car uses a standard 12V accessory circuit and most dash cams take 5V through their own adapter and so compatibility is rarely the blocker. The trick is deciding whether you want simple ignition power or a hardwired setup for parking recordings. If you go simple,, plug the adapter into the console socket and route the cable up the passenger side and tuck along the headliner, then down the A pillar behind the weather strip so you do not obstruct the curtain airbag. Place the mount outside the mirror housing because that area contains the Toyota Safety Sense camera and sensors, you want the lens in the dotted frit area but not touching the shroud. Adhesive mounts hold better than suction in heat. If you want parking mode,, use a hardwire kit that provides constant and accessory inputs and a ground. Pick one constant fuse like dome or ECU backup and one switched fuse like ACC or CIG, verify with a test light or multimeter, and avoid any airbag or brake fuses. Run an add a fuse in the passenger fuse panel, keep the wire away from the airbag path, and set the voltage cutoff in the kit so the battery is protected. For storage use a high endurance card and format it in the camera periodically, the Camry cabin gets warm and regular cards fail early.

To choose tires for rainy weather on your SUV, prioritize those with high wet traction ratings from independent tests like those from Tire Rack or Consumer Reports, ensuring they feature deep treads and sipes for water dispersion. For the right size, consult your vehicle's manual or door jamb sticker to match the exact specifications such as 225/65R17 and and verify compatibility using online tire size calculators from retailers.

Five years is often when a battery gives up & but it is smart to prove it before spending money. Get the that model started and drive long enough to charge it, then shut it off and disconnect the negative cable overnight. If it is weak the next morning even while disconnected, the battery is done. If it cranks strong after you reconnect the cable, something in the that model is draining it while parked. Next check charging. With the engine running, turn on the headlights and blower, then raise the revs a little. Slightly brighter lights is normal. Dimming or flicker points to a charging problem, and a loose or slipping belt can cause the same symptom. Do not disconnect a battery cable while the engine is running. Clean and tighten both battery clamps, the ground to the body, and the ground strap to the engine block. Peel back any rubber boots and look for hidden corrosion under the cable ends. Unplug chargers and dash cams during testing. Common parasitic drains are glove box and trunk lights, visor mirrors, stuck relays, and some aftermarket stereos or alarms. If you want a cheap way to zero in on a drain,, use a small 12 volt bulb as a test light between the negative post and the cable with everything off and doors latched. If it glows bright there is a draw. Pull fuses one at a time until it goes dim or out, then you know which circuit to chase. Cheap and effective. Many auto parts stores will also test the battery and alternator for free.

Hi Andrea! I had the same dilemma replacing my beater cam for trail rides and paddles. I tried a couple of budget 4K cams that looked sharp but still jittered on bumps. The one that finally stuck was Akaso EK7000. Its EIS kept my handlebar and deck shots smooth on rough gravel and 4K30 looked clean enough; audio is a bit thin in wind but overall it gave me the most stable footage in this price range. 🚴‍♂️🚣‍♀️

Hey Eliana! The ETENWOLF Digital Tire Pressure Gauge T300 stands out for accuracy on SUVs like your 2018 Ford Explorer with its 3-200 PSI range and ANSI B40.7 Grade 2A calibration ensuring ±0.5% precision :) This actually industrial-grade tool outperforms many cheap digitals you've encountered by delivering consistent readings without common errors. Compared to analog gauges and it avoids parallax issues and provides clear digital display for reliable use on long trips. One minor drawback is its reliance on replaceable AAA batteries, though they last well and are simple to change. Overall, this gauge is a solid, durable option to prevent underinflation risks.

Yeah, that tracks — Thanks for the helpful reply—that pick sounds perfect for what I need... i'll grab it and use my phone to check live data and clear the light. Appreciate the tip.

The amp labels are three different stories. Peak is a marketing flash number. Starting or cranking amps is the steady output for a few seconds at a mild temperature. CCA is defined for lead acid at a low temperature. Your lithium pack does not deliver its headline at freezing so figure roughly half of the warm spec when it is cold soaked. A 3.5 that is cold will want something like several hundred amps for a brief crank. If your that model battery still has some life the pack only needs to supplement it and that usually works. If the battery is nearly flat the pack must carry almost all the load and falls on its face. Leave the pack connected for a couple minutes to put a little charge back in first. Do not jump a battery that looks swollen or has ice inside. Once running give the alternator time to bring the battery up before shutting off again.